Alfonso Pedone is an Associate Professor at the Department of Chemical and Geological Sciences , University of Modena and Reggio Emilia. His research focuses on computational chemistry approaches to understanding oxide glasses, including silicates, borosilicates, and nuclear waste materials, through molecular dynamics simulations and machine learning potentials. Research Interests : Computational materials science, spectroscopy, glass structure-property relationships, quantum chemistry of minerals, and machine learning applications in material modeling. Teaching : Offers advanced courses in Physical Chemistry I , Energetics and Chemical Equilibrium , and Molecular Spectroscopy for chemistry and sustainable chemistry degree programs. Technical Expertise : Specializes in Density Functional Theory (DFT) calculations, metadynamics, and reactive molecular dynamics for surface interactions and crystallization studies. Collaborative Work : Co-author on studies involving ceria polishing mechanisms, iron toxicity modeling, and machine learning potential benchmarking for industrial applications. Publications : Recent work examines pressure-induced glass densification, dispersion interactions in machine learning potentials, and predictive modeling of glass crystallization pathways.
Thibault CHARPENTIER is a Researcher at the Alternative Energies and Atomic Energy Commission (CEA) , affiliated with the Nanosciences and Innovation for Materials, Biomedicine, and Energy (NIMBE) division and the Structure and Dynamics by Nuclear Magnetic Resonance Laboratory (LSDRM) . He has held this position since 1998 and was promoted to CEA Research Director in 2018. Education : Ph.D. (1995-1998) from Université d’Orsay (Paris XI) with a dissertation on High-Resolution NMR of Quadrupolar Nuclei in Solids Master 2 in Quantum Physics (1993-1994) from Paris VI / ENS Ulm ESPCI Paris (1990-1994) Research : Specializes in Solid-State NMR of Glasses , DFT Computation in NMR , and Molecular Dynamics simulations of glasses , particularly for Nuclear Waste Materials Studies and Tritium MAS NMR . Pioneered the first MAS NMR experiments on radioactive glasses and developed the fpNMR tool for NMR data processing. Scientific Awards : Louis Armand Prize, Académie des Sciences (1999) Affiliations : Staff Member of GERM (2005-2011) Active in CECAM tutorials (e.g., Calculation of Solid-State NMR Parameters Using the GIPAW Method , 2009)
Maria Franca Brigatti is a Professor at the Department of Chemical and Geological Sciences, University of Modena and Reggio Emilia. Her work focuses on clay mineral functionalization for environmental applications, particularly gas-phase pollutant capture using Cu(II) and Fe(III) intercalated montmorillonite systems. Research Highlights: Ammonia and hydrogen sulfide trapping, crystal chemical analysis of micas, computational modeling of interlayer complexes, and sustainable soil conditioning with zeolites. Methodologies: X-ray diffraction, UV-Vis and IR spectroscopy, thermal analysis, XPS, DFT simulations, and Mössbauer techniques. Projects: Involved in the European LIFE+ ZeoLIFE project for water-saving soil conditioners and mercury pollution control studies.
Erika Ferrari is an Associate Professor at the Department of Chemical and Geological Sciences, University of Modena and Reggio Emilia. Her research focuses on inorganic medicinal chemistry , particularly in metal-based drug development , metal trafficking studies , and advanced NMR techniques for complex matrices. She leads projects on inorganic drug delivery systems and theranostic agents , with significant work on curcumin derivatives and bioactive glasses. Current projects include development of 68Ga-labeled radiotracers for Alzheimer's and cancer imaging Environmental applications in soil organic matter analysis and microalgae-based biostimulants Research Highlights: Her work bridges coordination chemistry with pharmaceutical applications , focusing on metal chelation therapy , anticancer agents , and green synthesis methods . Recent publications emphasize mesoporous silica carriers and stabilized curcumin analogs . Teaching: She instructs courses in General and Inorganic Chemistry , Industrial Inorganic Chemistry , and Coordination Compound Chemistry , emphasizing stoichiometry , chemical equilibria , and laboratory safety .
Orlando Crescenzi is a Full Professor of Physical Chemistry at the University of Naples Federico II, holding appointments in the Department of Chemical Sciences. His career includes roles as Vice-Director of the Department of Chemistry (2008-2011) and leadership in national and international research consortia, including the INSTM Scientific Committee and the BioStarNet S.c.a.r.l. technical board. He specializes in computational chemistry, physical chemistry, and spectroscopy, with a focus on biomolecular systems, melanin, and material design. Education: PhD in Chemistry (implied via career progression) Graduated cum laude in Chemistry from University of Naples (1987), awarded the G. Laonigro Prize. Research Interests: Dr. Crescenzi's work integrates computational methods with experimental spectroscopy to study biomacromolecules, melanin biosynthesis, and eco-compatible materials. Key areas include NMR dynamics, density functional theory (DFT), and drug screening models. His contributions span in silico drug design, antioxidant mechanisms, and redox-active materials. Grants & Projects: Principal Investigator in multiple PRIN projects (2003–2022) and coordinator of EU-funded initiatives like the CODECS COST Action. His work has driven advancements in computational spectroscopy and biomaterials. Labs & Teams: Leads the Interdepartmental Centre for Physical-Chemical Methodologies and collaborates with institutions like the Scuola Normale Superiore (Pisa) and the CNR Molecular Design Department. His research groups focus on sustainable chemistry and bioinspired materials.
Marco Bortoluzzi is an Associate Professor in the Department of Molecular Sciences and Nanosystems at Ca' Foscari University of Venice. His primary roles include research in coordination and organometallic chemistry, teaching courses like Transition Metal Chemistry, and overseeing laboratory safety. He holds qualifications in General and Inorganic Chemistry (SSD CHEM-03/A) and has been a faculty member since 2007, advancing to his current rank in 2020. Education: Graduated with a 5-year degree in Industrial Chemistry (cum laude) from Ca' Foscari in 2001, followed by a PhD in Chemical Sciences (2004). He completed postgraduate courses in language proficiency and academic lecturing, alongside specialized training in organometallic chemistry and NMR spectroscopy. Research focuses on synthesizing and characterizing transition metal and f-block element complexes, with applications in optoelectronics and catalysis. He leads projects on luminescent materials, heterogeneous catalysis, and nanocluster chemistry, supported by grants like ISCRA and FFABR. Collaborations span international institutions, including Universities of Trieste, Udine, and Modena, and the Spanish AIMPLAS institute. Publications: Over 190 articles in journals like Inorganic Chemistry , European Journal of Medicinal Chemistry , and Chemistry–A European Journal . Recent work emphasizes CO 2 activation, anticancer metal complexes, and atomically precise nanoclusters. His research integrates experimental and computational methods to explore reactivity and electronic structure. Awards: National Scientific Habilitation as Full Professor (2021) and Associate Professor (2017). Editorial roles include Associate Editor of Frontiers in Catalysis (2022–2023) and reviewer for major journals. He supervises PhD theses, chairs doctoral boards, and coordinates sustainability initiatives within the university. Teaching: Courses include Transition Metal Chemistry, f-Block Elements, and Bioinorganic Chemistry. He advises over 40 theses, including international collaborations, and promotes innovative teaching methods in chemistry education.
Ines Mancini is an Associate Professor in the Department of Physics at the University of Trento, Faculty of Sciences, where she has been a member since 2000 and a researcher since 1987. She earned her degree in Chemistry from the University of Bologna in 1983 and was appointed as a university researcher in Organic Chemistry in 1987, later promoted to Associate Professor in 2006. She leads the Bioorganic Chemistry Laboratory and has served in various academic and administrative roles, including safety officer, PhD program committee member, and representative on multiple faculty councils. Her educational background includes a Scientific High School Diploma from A. Einstein State Scientific High School in Rimini (1977) and a Degree in Chemistry from the University of Bologna (1983, 110/110), with a thesis on allylic and vinylic substrate activation under Professor Achille Umani Ronchi. She also completed professional qualifications in secondary school teaching and as a chemist in 1983–1984. Ines Mancini's research spans several key areas in organic and bioorganic chemistry. Her primary interests include natural products chemistry, focusing on the isolation and structural characterization of marine metabolites using HPLC, NMR, mass spectrometry, and other spectroscopic techniques. She investigates biologically active molecules through total or partial synthesis to determine absolute configuration and enhance availability for pharmacological studies. A significant part of her work involves supramolecular interactions with cyclodextrins, analyzed via vibrational spectroscopy (Raman, FT-IR) and DFT calculations. She explores innovative synthetic methods using microwave irradiation and utilizes pyrolysis products of cellulose as chiral building blocks in the synthesis of biologically relevant compounds. Additionally, she engages in drug design and the development of potential antitumor agents. Although no specific publications are listed in the provided text, her research activities indicate a strong focus on marine natural products, synthetic methodology, and bioorganic applications. The absence of article titles prevents detailed analysis of publication trends, but her long-standing engagement in natural product chemistry and spectroscopic characterization suggests consistent contributions to these fields. Member, Italian Chemical Society (Division of Organic Chemistry) Member, CONISMA – National Consortium for Marine Sciences Member, CNISM – Interuniversity Consortium for Physical Sciences of Matter Referee for international journals including Chemistry – A European Journal , European Journal of Organic Chemistry , Tetrahedron , Bioorganic and Medicinal Chemistry , and Marine Drugs Ines Mancini has supervised numerous graduate students and contributed to doctoral education as a member of the PhD College in Physics and co-organizer of the International Doctoral School in Biomolecular Sciences. She has not received any explicitly mentioned grants in the provided text, but her leadership of the Bioorganic Chemistry Laboratory and long-term research activity imply sustained funding support. Her service includes participation in national evaluation committees, curriculum development, safety compliance, and outreach to schools and museums. She is the responsible researcher for the Bioorganic Chemistry Laboratory within the Department of Physics at the University of Trento, a role she has held since October 2009. Her group, LBO1, operates under strict chemical safety protocols, and she has served as the safety officer for the research team since 2001. The lab integrates experimental and computational approaches to study organic and bioorganic systems, particularly marine-derived compounds and their supramolecular behavior.
Marco Borsari is an Associate Professor at the Department of Chemical and Geological Sciences, University of Modena and Reggio Emilia. His academic work focuses on physical chemistry, electrochemistry, and bioelectrochemistry, with particular emphasis on metalloprotein electrocatalysis and advanced materials for energy conversion. Teaching Physical Chemistry I and Electrochemistry courses Research on hydrogen production catalysts using cobalt-substituted globins Development of chiral metal-organic frameworks for oxygen evolution reaction Studies on prebiotic iron-sulfur cluster formation Recent research explores electrochemical systems for hydrogen evolution, spin-selective catalysis, and pollutant removal via functionalized clay materials. His electrochemistry work spans from fundamental electron transfer mechanisms to device applications in biosensing and energy storage. Professor Borsari's group investigates electrode-immobilized metalloproteins, nanoscale materials, and thermodynamic frameworks for biochemical reactions. Collaborative projects involve advanced spectroscopy and computational modeling of redox-active systems.
Armando Carlone is an Associate Professor at the University of L'Aquila, affiliated with the Department of Chemical Sciences. His research focuses on advanced catalytic methodologies, including organocatalysis, photoredox catalysis, and synergistic systems combining metal, photo, and organic catalysis. Organocatalysis for asymmetric synthesis and industrial applications Photoredox catalysis to enable unconventional reactivity Synergistic approaches leveraging multiple catalytic modes Sustainable chemistry and industrial process optimization Recent publications highlight innovations in chiral catalyst design, heterogeneous catalysis, and computational studies of reaction mechanisms. His work bridges academic research with industrial scalability, emphasizing solvent effects, catalyst recycling, and enantioselectivity. Contact: armando.carlone@univaq.it.
Roberto De Renzi is a Full Professor of Physics at the University of Parma, affiliated with the Department of Mathematical, Physical and Computer Sciences. He has held leadership roles, including Head of Department from 2012-2019 and service roles in academic governance and international scientific boards. His research focuses on superconductivity, magnetism, and quantum technologies using muon spin spectroscopy and NMR. He develops instrumentation and computational tools, such as the mujpy Python package for muon data analysis. Key contributions include studies on magnetic topological insulators, correlated electron systems, and high-temperature superconductors. De Renzi has supervised 13 PhD students and examined 14 others internationally. Awards include the 2014 Yamazaki Prize for MuSR Spectroscopy and the 2013 APS Outstanding Referee designation. He has led numerous competitive projects, including PNRR initiatives on quantum science and HPC infrastructure. Teaching spans physics courses for engineering and physics students, including condensed matter physics and electromagnetism. His work bridges experimental and computational approaches to materials science, with publications in over 200 international journals and co-authored textbooks.
Salvatore Failla is a Full Professor of Chemical Foundations of Technologies (CHIM/07) at the University of Catania, Italy. He has held academic positions since 1985, including roles as a researcher, associate professor at La Sapienza University of Rome, and full professor at his current institution. His teaching spans courses in chemistry for engineering students, sustainable chemistry, and environmental applications. Research Focus: His work centers on the synthesis of organic and organometallic compounds for sensors, molecular recognition, and green chemistry. Key areas include Zn(II) Schiff-base complexes, supramolecular aggregation, and eco-friendly flame retardants. He has collaborated internationally at UCSD, University College Dublin, and institutions in Germany. Awards & Leadership: He received the 1985 Guido Donegani scholarship and 1986 Operosità Scientifica award. He leads roles in AICIng (President-elect, 2014-2018) and the Italian Chemical Society, contributing to national academic policy. Post-graduate scholarship of the Guido Donegani Foundation (1985) Operosità Scientifica award (1986) Award for outstanding scientific and educational merits, AICIng (2023) Publications: Over 100 ISI articles and a 2016 textbook on General and Inorganic Chemistry. Recent work explores metal complexes' structural properties, self-assembly, and applications in sensing and nanomaterials.
